光纤检测设备

Dirty or damaged fiber optic connectors are some of the most common optical network problems. Many businesses rely heavily on optical fiber cabling, so being able to test its quality to ensure network performance can be critical. Founded in 1961, Taymer has installed 1,938 inspection systems in 55 countries and is ISO 9001:2015 certified.

Taymer International has a wide range of fiber optic solutions that help you troubleshoot broken links, with ongoing testing and maintenance that leads to more efficient and reliable fiber optic network deployment.

光纤解决方案

Taymer 为光纤产品制造中的缺陷检测提供先进的视觉系统。我们的解决方案旨在检测和验证光纤的关键特征,包括带状光纤上的标记带、颜色顺序和平整度,以及玻璃预制棒和光纤束的尺寸控制。

我们的光纤检测设备使技术人员能够精确检测光纤端面是否存在污染,从而确保最佳性能和可靠性。此外,我们独有的带状检测工具是目前唯一可用于彩色光纤自动质量检测的系统。

无论是安装还是维护,我们的光纤检测工具都能帮助识别缺陷,确保网络高效运行。如果您想了解我们的技术如何满足您的光纤制造需求, 请联系我们。 与我们的一位工程师交谈。

常見問題解答

What fiber optic defects can Taymer's inspection systems detect?

Taymer's fiber optic inspection systems detect band coverage and marking defects, fiber ribbon color sequence and planarity issues, glass preform diameter inconsistencies, and lumps or neckdowns on fiber strands.

Can Taymer inspect fiber end-faces for contamination?

Yes — Taymer's fiber optic inspection equipment allows technicians to accurately inspect fiber end-faces for contamination, helping ensure optimal network performance and reliability.

What is band inspection and why does it matter for fiber optic coloring lines?

Band inspection verifies the quality and coverage of marking bands used to identify individual fibers on coloring lines. Taymer's BI1800 is the only system available for automatic quality inspection on coloring lines, reducing rework and manual quality checks.

Does Taymer only make inspection equipment for fiber optics, or other materials too?

Taymer also manufactures inline inspection systems for wire and cable, pipe and tube, 3D printer filament, medical tubing and devices, metal, and packaging applications, in addition to fiber optics.